274 phd-in-architecture-landscape-built-environment Postdoctoral positions at CNRS in France
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the opportunity to contribute to cutting-edge research, while having access to world-class research tools, in a stimulating and collaborative environment. We offer : - 44 days vacation / RTT per year
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, which brings together 4 partners: LTM/CNRS, pheliqs/CEA, Institut Néel/CNRS and CREAH/CNRS. The aim of the project is to manufacture betavoltaic sources using a new core-shell wire architecture
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ecologists to develop an integrated approach to understanding the fate of PFAS in tropical environments. The postdoctoral researcher will work in close interaction with a PhD student and two Master's students
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associate the different components following a modular approach to generate hybrid architectures. Our project will combine approaches including: (i) protein engineering (ii) design of photocatalytic molecular
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and their dynamics in real time. This work will shed light on the interplay between ferroelectric order, interlayer excitons, and dielectric environment, revealing how local optical responses correlate
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of executing the TGL-ReACH project throughout the production phase. Activity 1: Proofread and correct transcripts produced by OCR and HTR processes in the eScriptorium environment Activity 2: Encode XML data
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. This is a full-time job. Applicant should hold or obtain soon a PhD in the field of Biology. Salary will be according to the CNRS scale. Our team is composed of about 20 people and we are working in a
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, PhD students, and postdocs, conducting research in the field of Mechanics of Living Systems and Health Engineering. The lab carries out fundamental studies on the understanding and modeling of living
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systems on antibiotic resistance, etc.). The candidate will be expected to contribute to the supervision of students within the team (master's, PhD) and participate in responses to various calls
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acquisition times, while extracting fluorescence lifetime which reports on local environement of fluorescent probes in cells but also to probe local environment in nanomaterials. These new developments will be